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Glass Melting Technology: A Technical and Economic ... - OSTI

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71–72;<br />

Successes, 11;<br />

PPG P-10 Process, 61–64;<br />

<strong>Technical</strong> assessment, 9–26;<br />

Preheating batch <strong>and</strong> cullet,<br />

Traditional practice, 49–58;<br />

73–74;<br />

Quality costs, 12<br />

Raining Bed Batch/Cullet<br />

Preheater, 78–79;<br />

Mixed fuel furnaces, 57–58<br />

Segmented <strong>Melting</strong>, 60–61;<br />

Next Generation <strong>Melting</strong> System, 105<br />

Submerged Combustion <strong>Melting</strong> Nienburger Glas Batch Preheater, 77–78<br />

(SCM), 66–67 Non-conventional melting<br />

Labor, costs of glass melting, 42<br />

systems, 80-85<br />

Lead crystal <strong>and</strong> crystal glasses, 111–<br />

112<br />

Nuclear Waste Vitrification, 71–72<br />

Literature, categorization of, 189<br />

Oxy-fuel conversion, 92-93<br />

Literature chart, 190–213<br />

Oxy-fuel furnace, 54-56<br />

Literature <strong>and</strong> patent review–glass<br />

technology, criteria for, 180–187<br />

Oxy-fuel, fired front-end, 173–174<br />

Liquid phase, 119–121<br />

PPG P-10 process, 61-64;<br />

Emissions controls of, 63;<br />

Marketing<br />

Installation of, 63–64<br />

Statistics <strong>and</strong> trends, 33–39;<br />

Patents, categorization of, 215<br />

Trends by segment, 34–39<br />

Patents, chart, 216-238<br />

<strong>Melting</strong><br />

Primer for glassmaking, 111-136<br />

Capital costs of, 40;<br />

Pot/day tank furnace, 53–54<br />

Production costs of, 41;<br />

Preheating batch, 92<br />

Feasibility of electric<br />

Preheating batch <strong>and</strong> cullet, 73–74<br />

furnaces, 41;<br />

Process design, for melting, 91<br />

Labor costs of, 42;<br />

Processing<br />

<strong>Technical</strong> areas to<br />

consider, 90–94<br />

st<strong>and</strong>ardized aspects of, 90–91<br />

<strong>Melting</strong> <strong>Technology</strong><br />

Raining Bed Batch, cullet<br />

Advances, 5–6, 9;<br />

preheater, 78–79<br />

Advancing, 90–94;<br />

Rapid <strong>Melting</strong> <strong>and</strong> refining<br />

Areas for exploration, 102;<br />

(RAMAR), 81–83;<br />

<strong>Economic</strong>s of, 39–42;<br />

system steps of, 81–83<br />

Electric, advantages <strong>and</strong><br />

Raw materials <strong>and</strong> batch<br />

disadvantages, 57; formulation, 112–115<br />

Historic processes, 10–11;<br />

Recuperative Furnace, 53<br />

Industry Perspective, 89–100; Redox state, 125<br />

Innovations in economic stimuli Refining, 125–127<br />

for, 32–33 Refractory component solution, 122–124<br />

Issues defined, 29;<br />

Refractories, 17–18<br />

Motivation to advance, 21–23;<br />

Process of, 50–51;<br />

Regenerative furnace, 5152<br />

Revolutionary changes, 11;<br />

Status of, 9–10;<br />

Stimuli for development, 20;<br />

Segments, of glass industry, 2; 111–115<br />

273

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